Chris Tanaskoski is a tech leader and entrepreneur with 14 years of hands-on engineering and startup experience, currently co-founding Hoolty and scaling development teams through Devristo. He blends backend systems expertise—PHP, Symfony, Node, and databases—with deep experience in real-time and peer-to-peer systems, having contributed reliability fixes to a PHP WebSocket server and privacy-enhancing features to the Tribler BitTorrent client. Based in the Randstad, he builds remote-first engineering teams from a network in North Macedonia while still shipping code and product features himself. His background includes a Computer Science MSc from TU Delft and an earlier Mechanical Engineering degree, reflecting a practical, systems-oriented mindset. Notably, his open-source work shows attention to robustness in networking code and anonymous networking integration—areas that require careful protocol and security thinking. He combines entrepreneurial grit with a developer’s humility: building teams, yet remaining an active contributor to low-level, reliability-focused projects.
14 years of coding experience
10 years of employment as a software developer
Master of Science (MSc) Computer Science, Master of Science (MSc) Computer Science at Delft University of Technology
Contributions:156 commits, 16 PRs, 20 pushes in 7 years 7 months
Contributions summary:Chris primarily focused on improving the PHP WebSocket server's functionality and robustness. Their contributions included exception handling to prevent client disconnections due to errors and fixes to WebSocketConnection's header retrieval, U2Start functionality, and HIXIE connections. They also addressed several issues and refactored code related to message framing and control frame handling, adding features that improved the server's reliability and stability.
Privacy enhanced BitTorrent client with P2P content discovery
Role in this project:
Back-end Developer
Contributions:47 commits in 26 days
Contributions summary:Chris primarily contributed to the `tribler/tribler` project, a privacy-enhanced BitTorrent client. Their work focused on implementing and integrating anonymous networking features, particularly around creating and managing circuits for secure torrent downloads. The user added new functionality for the SOCKS5 interface with Libtorrent, enhancing the anonymous download capabilities. Additionally, they made improvements to the AnonTunnel community module, which is crucial for the project's core privacy features.
pythoncontent-discoverytransmissionprivacyp2p
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